EL2460C 데이터 시트보기 (PDF) - Elantec -> Intersil

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EL2460C

Dual/Quad 130 MHz Current Feedback Amplifiers

Elantec -> Intersil 

EL2260C EL2460C

Dual Quad 130 MHz Current Feedback Amplifiers

Closed Loop AC Electrical Characteristics

VS e g15V AV e a2 RF e 560X RL e 150X TA e 25 C unless otherwise noted

Parameter

Description

Test Conditions

Min

Limits

Typ

Max

Test Level

EL2260C

EL2460C

BW

b3 dB Bandwidth

VS e g15V AV e a2

130

V

(Note 8)

VS e g15V AV e a1

180

V

VS e g5V AV e a2

100

V

VS e g5V AV e a1

110

V

SR

Slew Rate

RL e 400X

1000 1500

IV

(Notes 6 8)

RF e 1KX RG e 110X

1500

V

RL e 400X

tr tf

Rise Time

VOUT e g500mV

27

V

Fall Time (Note 8)

tpd

Propagation Delay

(Note 8)

32

V

OS

Overshoot (Note 8)

VOUT e g500 mV

0

V

ts

0 1% Settling Time

VOUT e g10V

35

V

(Note 8)

AV e b1 RL e 1K

dG

Differential Gain

RL e 150X

(Notes 7 8)

RL e 500X

0 025

V

0 006

V

dP

Differential Phase

RL e 150X

01

V

(Notes 7 8)

RL e 500X

0 005

V

Note 1 Measured from TMIN to TMAX

Note 2 VCM e g10V for VS e g15V and TAe Full

VCM e g3V for VS e g5V and TA e 25 C

VCM e g2V for VS e g5V and TA e TMIN TMAX

Note 3 The supplies are moved from g2 5V to g15V

Note 4 VOUT e g7V for VS e g15V and VOUT e g2V for VS e g5V

Note 5 A heat sink is required to keep junction temperature below absolute maximum when an output is shorted

Note 6 Slew Rate is with VOUT from a10V to b10V and measured at the 25% and 75% points

Note 7 DC offset from b0 714V through a0 714V AC amplitude 286 mVp-p f e 3 58 MHz

Note 8 All AC tests are performed on a ‘‘warmed up’’ part except for Slew Rate which is pulse tested

Units

MHz

MHz

MHz

MHz

V ms

V ms

ns

ns

%

ns

%

%

deg ( )

deg ( )

4

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